FOR-A USF-1013MUX Operator's Manual
FOR-A USF-1013MUX Digital Audio Multiplexer
offers the capability to take audio input from either SDI with embedded audio or AES and mix those audio signals and output them in either SDI or AES format. It supports both synchronous and asynchronous operation and allows for a variety of audio mapping options. The unit also features gain adjustment for both input and output audio, as well as a sample rate converter for AES/ EBU input.
Some possible use cases for the FOR-A USF-1013MUX Digital Audio Multiplexer include:
- Embedding AES audio into SDI signals
- Extracting AES audio from SDI signals
Annonce
Annonce
OPERATION
MANUAL
USF-1013MUX
Digital Audio Multiplexer
1
st
Edition - Rev. 1
Precautions
Important Safety Warnings
[Power]
Stop
Do not place or drop heavy or sharp-edged objects on the power cord. A damaged cord can cause fire or electrical shock hazards. Regularly check the power cord for excessive wear or damage to avoid possible fire / electrical hazards.
[Circuitry Access]
Stop
Hazard
Do not touch any parts / circuitry with a high heat factor.
Capacitors can retain enough electric charge to cause mild to serious shock, even after the power has been disconnected. Capacitors associated with the power supply are especially hazardous.
Unit should not be operated or stored with cover, panels, and / or casing removed.
Operating the unit with circuitry exposed could result in electric shock / fire hazards or a unit malfunction.
[Potential Hazards]
Caution
If abnormal odors or noises are noticed coming from the unit, immediately turn the power off and disconnect the power cord to avoid potentially hazardous conditions. If problems similar to the above occur, contact an authorized service representative
before attempting to operate the unit again.
[[Consumables]
Caution
Consumable items that are used in the unit must be periodically replaced. For further details on which parts are consumables and when they should be replaced, refer to the specifications at the end of the Operation Manual. Since the service life of the consumables varies greatly depending on the environment in which they are used, such items should be replaced at an early date. For details on replacing consumable items, contact your dealer.
2
Upon Receipt
The USF-1013MUX module is fully inspected and adjusted prior to shipment. Check your received items against the packing lists below. Check to ensure no damage has occurred during shipment. If damage has occurred, or items are missing, inform your supplier immediately.
USF-1013MUX
ITEM QTY
USF-1013MUX 1
REMARKS
USF-1013MUX front module
USF-1013MUX rear module
Screws for rear module installation
CD-ROM
2 pcs.
1 Operation manual (PDF)
The USF-1013MUX is used by installing into a USF-212S frame.
The USF-1013MUX is not installed into a USF-212 frame.
Up to 12 USF-1013MUX can be installed into a USF-212S frame.
3
Table of Contents
4
1. Prior to Starting
1-1. Overview
The USF-1013MUX is a module type digital audio multiplexer to be mounted into a USF-212S frame.
The USF-1013 MUX is a plug-in module. The USF-1013MUX multiplexes and outputs 3G-SDI signal, HD-SDI signal or SD-SDI signal, and 8 channels (stereo 4 sets) of AES/EBU signal.
AES 7/8 input can be switched to LTC signal input and the input LTC (Time code) can be embedded in SDI output.
1-2. Features
Multiplexes 4 pairs (8 channels) of AES/ EBU signals onto SDI signals
3G/HD/SD-SDI input and output x 1
Gain adjustment for audio input/ output
Timecode (LTC) input (AES7/8 switching)
Sample rate converter for AES/ EBU input
1-3. About This Manual
This manual is intended to help the user easily operate this product and make full use of its functions during operation. Before installing or operating your module, read this operation manual thoroughly to ensure you understand the product. Afterwards, store this manual in a safe place for future reference.
5
2. Panel Descriptions
2-1. Front Panel
(1) (2)
(3)
USF-1013MUX
No.
1
Name
POWER
Description
Lights green when power is supplied from USF frame and internal CPU is functioning.
2
3
SDI-IN
μSD card connector
2-2. Rear Panel
Lights green when SDI signal is normally input. (Lights green )
: SD input
: 1.5G-SDI input
: 3G-SDI input
Used when upgrading USF-1013MUX software.
（Do not insert μSD card in normal operation.）
(1) (2) (3)
IN OUT
3G/HD/SD SDI
USF-1013MUX
No.
1
2
Name
3G/HD/SD-SDI
3
DIGITAL AUDIO IN
1/2 to 7/8
3. Connection
IN
OUT
1/2 3/4
DIGITAL AUDIO IN
5/6
7/8
-LTC
Description
SD input connector
SDI output connector - Embeds selected audio channel.
4-pair AES/EBU input connector
7/8 can be used as LTC input connector by switching.
Connect peripheral devices referring to the drawing as shown below.
SDI IN DIGITAL AUDIO IN
IN OUT
3G/HD/SD SDI
USF-1013MUX
1/2 3/4
DIGITAL AUDIO IN
5/6
7/8
-LTC
Audio embedded SDI IN
6
4. Operation Examples
4-1. SDI Embedded Output of AES Audio
This example embeds synchronous/ asynchronous digital audio input (Ch.1-4) to SDI embedded audio Group 1 (Ch. 1-4).
Audio source AES input Ch1 to 4
Channel to be embedded SDI output Ch1 to 4 (Group 1)
USF-
1013MUX
Group 1
Setting Required Parameters
Menu Parameter Channel Setting Description
Mapping
SDI Audio
Output
Mappings
Ch. 1
Ch. 2
Ch. 3
AES Ch. 1
AES Ch. 2
AES Ch. 3
Assigns AES input
Ch. 1-4 to SDI output
Ch. 1-4.
Output Audio Mode
Ch. 4
Group1 *
AES Ch. 4
Mapping
(default)
Performs Group1 audio embedding.
* For SD-SDI signals, Mapping or Through should be selected for all groups.
Adjustable Parameters
Menu Parameter Channel
Default
Setting
Description
Input
Output
System
AES Audio
Clock
AES PCM
Mode
AES Audio
Gain
SDI Mono Sum
SDI Audio
Resolution
SDI Audio
Mute
SDI Audio
Gain
Sync Format
Audio Test
Signal Output
Ch. 1-4
Ch. 1/2
Ch. 3/4
Master
Ch. 1-4
Ch. 1/2
Ch. 3/4
Ch. 1-4
Ch. 1-4
Master
Ch. 1-4
---
---
SRC On
Auto
0.0dB
Stereo
24bit
Off
0.0dB
Auto
Off
Allows you to select
Sync. or Async. for audio sources.
Allows you to select
PCM or NON-PCM for audio sources.
Allows you to adjust input gain.
Allows you to select stereo or mono for output audio.
Allows you to select bit depth for output audio.
Allows you to mute audio output.
Allows you to adjust output gain.
Allows you to select an
SDI format. Select Auto to switch multiple formats.
Allows you to output audio test signal. Select
1kHz Tone to output audio test signal.
Refer to
Refer to
7
4-2. Synchronous / Asynchronous Audio Mapping
If audio source channels are synchronized with VIDEO, they can be freely mapped to SDI audio output channels. If audio source channels are asynchronous, they are mapped on a per-group basis.
Synchronous Audio Mapping Example (Freely assignable on a per-channel basis)
Input Audio Channels
SDI ch1
Mapping
SDI ch1
Channels after Mapping
AES ch3
|
SDI ch2
SDI ch3
SDI ch4
SDI ch5
SDI ch6
SDI ch7
SDI ch8
|
SDI ch14
SDI ch15
SDI ch16
AES ch1
AES ch2
AES ch3
AES ch4
AES ch5
AES ch6
AES ch7
AES ch8
SDI ch2
SDI ch3
SDI ch4
SDI ch5
SDI ch6
SDI ch7
SDI ch8
SDI ch9
SDI ch10
SDI ch11
SDI ch12
SDI ch13
SDI ch14
SDI ch15
SDI ch16
SDI ch5
SDI ch16
AES ch4
SDI ch6
SDI ch2
AES ch8
SDI ch1
AES ch6
SDI ch14
AES ch7
SDI ch4
SDI ch7
SDI ch15
SDI ch6
AES ch4
Synchronous and Asynchronous Audio Mapping Example
Synchronous audio is assignable on per-channel and Asynchronous audio is assignable on group basis.
Input Audio Channels
SDI ch1
Mapping
SDI ch1
Channels after Mapping
SDI ch5
|
SDI ch2
SDI ch3
SDI ch4
SDI ch5
SDI ch6
SDI ch7
SDI ch8
|
SDI ch14
SDI ch15
SDI ch16
AES ch1
AES ch2
AES ch3
AES ch4
AES ch5
AES ch6
AES ch7
AES ch8
SDI ch2
SDI ch3
SDI ch4
SDI ch5
SDI ch6
SDI ch7
SDI ch8
SDI ch9
SDI ch10
SDI ch11
SDI ch12
SDI ch13
SDI ch14
SDI ch15
SDI ch16
SDI ch6
SDI ch7
SDI ch8
AES ch2
SDI ch2
AES ch8
SDI ch1
AES ch5
AES ch6
AES ch7
AES ch8
SDI ch14
SDI ch15
SDI ch4
AES ch4
IMPORTANT
If audio channels are mapped on a per-channel basis and some audio channels are changed from synchronous to asynchronous during processing, the audio channels may play out improperly or noisily. In such case, verify and remap the channels on a per-group basis.
After mapping, if there is no input on the first channel of a group (ch1, 5, 9, and 13), all channels in the group are not embedded.
8
5. Web GUI
Start up a web browser on the PC and connect to the USF-1013MUX installed in a USF-212S frame.
The following window will open.
* Refer to the USF-212S operation manual for details on how to connect to a USF-1013MUX from the web browser.
Clicking on a tab, Input, Mapping, Output, System, Status, or SNMP enables you to select a top menu.
Menu Description
Input Menu related to embedded audio and AES audio input
Mapping
Output
System
Status
(Display only)
SNMP
Assigns respective channels of embedded audio and AES audio input to embedded SDI output audio channels.
Configures embedded audio output.
Configures system and SDI signal set-up.
Status of embedded audio, AES audio, LTC input
Sends / Does not send SNMP trap.
9
5-1. Audio Input Settings
Click Input.
5-1-1. SDI Audio Clock
Channel
Group1-4
Default
Auto
Selection
Auto
Sync SDI
Audio Clock
Description
Selects the Sync. Mode for embedded audio processing.
Auto: Automatically selects Sync. or Async.
Mode according to the flag in embedded audio.
Sync SDI: Processes audio in Sync. Mode.
Audio Clock: Processes audio in Async.
Mode.
* The "asx" of UDW (user data word) bits in embedded audio packets indicates the audio
Sync Mode.
* If Sync SDI or Audio Clock is selected, it is also set in the "asx" of UDW bits in output audio.
5-1-2. AES Audio Clock
Channel
Ch.1-4
Ch.5-8
Default
SRC On
Selection
SRC On
Sync SDI
Audio Clock
Description
Selects the Sync. Mode for AES audio processing.
SRC On: Enables SRC (Sample Rate
Converter) to synchronize AES audio to video.
Sync SDI: Processes audio in Sync. Mode.
Audio Clock: Processes audio in Async.
Mode.
* Sync SDI or Audio Clock if selected, is set in the "asx" of UDW bits in output audio.
IMPORTANT
Asynchronous audio mapping can only be performed on a per group basis. If mapped on a per-channel basis, synchronous and asynchronous signals are mixed in a group and may play out improperly or noisily.
10
5-1-3. SDI PCM Mode／AES PCM Mode
Parameter
SDI PCM
Mode
AES PCM
Mode
Channel
Ch. 1/2 to
15/16
Ch. 1/2 to
7/8
Default
Auto
Selection
Auto
PCM
NON-PCM
Description
Selects PCM (linear PCM, uncompressed) or non-PCM
(non-linear PCM) mode for embedded and AES audio processing.
Auto: Automatically selects PCM or NON-PCM mode according to the flag in embedded audio and AES audio.
PCM: Processes audio in PCM mode.
NON-PCM: Processes audio in
NON-PCM mode.
* A flag is included in the corresponding Channel Status bit.
PCM and NonPCM
Linear PCM audio indicates raw and uncompressed digital audio data, which is encoded from analog audio signals using the Linear Pulse Code Modulation (LPCM) method.
NonPCM (non-linear) audio indicates digital audio data other than linear PCM audio and includes compressed audio streams such as Dolby E or AC3.
IMPORTANT
Note that some audio channels may be output improperly if PCM and non-PCM or non-PCM of different-format audio channels are included in a group.
5-1-4. SDI Audio Gain／AES Audio Gain
Parameter
SDI Audio
Gain
AES Audio
Gain
Channel
Master
Ch. 1 to 16
Master
Ch. 1 to 8
Default
0.0dB
Setting Range
(min. step)
-20.0dB to
+20.0dB
(0.1dB step)
Description
Adjusts the input gain for each embedded and AES.
Set to 0.0dB for NON-PCM mode channel.
5-2. Audio Output Mapping
Click Mapping.
11
5-2-1. SDI Audio Output Mapping
Channel
Ch. 1 to 16
Default Setting Range
Same as SDI
IN
SDI Ch1 to 16
AES Ch1 to 8
Description
Assigns audio input channels to output channels. Audio assignments can be performed on a per-channel basis, but asynchronous
(non-PCM) audio must be assigned on a per-group basis.
5-3. Audio Output Settings
Click Output.
5-3-1. Audio Mode
3G
HD
Group1 to 4
SD
Channel
---
Default Selection
Mapping
Mapping
Through
Description
Mapping: Embeds the selected channels under SDI OUT MAPPING to the SDI output.
Through: Passes through the SDI input audio without modification.
For 3G/HD-SDI signals, set the parameter for each group.
For SD-SDI signals, set the parameter for all groups.
5-3-2. SDI Mono Sum
Channel
Ch.1/2 to
Ch. 15/16
Default Selection
Stereo Stereo
Monaural
Description
Stereo: Outputs audio in normal Stereo mode.
Monaural: Outputs L and R mixed audio
(Monaural) for both L and R.
12
5-3-3. SDI Audio Resolution
Channel Default Selection
Ch1 to 16 24bit
24bit
20bit
16bit
Description
Sets the sampling resolution (bit depth) for output audio.
24bit: Outputs 24-bit audio.
20bit: Outputs 20-bit audio.
16bit: Outputs16-bit audio.
5-3-4. SDI Audio Mute
Channel
Ch1 to 16
Default
OFF
5-3-5. SDI Audio Gain
Selection
OFF
ON
Description
Checkmark ON to mute audio output
Channel Default
Setting Range
(Step)
Master
Ch1 to 16
0.0dB
-20.0dB to +20.0dB
(0.1dB step)
5-4. System Settings
Description
Adjusts the output gain for each embedded audio channel.
Click System.
5-4-1. System
Item
Sync
Format
Default
Auto
Selection
(See the table
“Format
Settings” as shown on next page below.)
Description
Selects video format of SDI signal.
The formats listed on the table as shown on next page can be selected.
Multiple video formats that are used need to be selected each time a format is switched.
Auto: Selects video format automatically.
When different signal other than the selected video format is input, an image selected in Video
Loss Mode will be output.
13
Item
Sync
Format
AES 7/8
Port Input
LTC Input
Audio
Reference
Level
Audio Test
Signal
Output
Video Loss
Mode
Default
Auto
AES 7/8
SDI
-20dBFS
Off
Black
Selection
(See the table
“Format
Settings” as shown on next page below.)
AES7/8
LTC
SDI
AES
-20dBFS
-18dBFS
Off
1kHz Tone
Black
Blue
Description
Selects video format of SDI signal.
The formats listed on the table as shown on next page can be selected.
Multiple video formats that are used need to be selected each time a format is switched.
Auto: Selects video format automatically.
When different signal other than the selected video format is input, an image selected in Video
Loss Mode will be output.
Selects signal to input in AES 7/8 port.
AES7/8: AES CH7/8 audio signals are input.
LTC: LTC signals are input
Selects ANC area time code to SDI output.
SDI: Outputs SDI input data without processing.
AES: Inserts or overwrites LTC and VITC by LTC data that were input into AES 7/8 Port.
Sets audio test signal output level.
-20dBFS: Test signal will be output at -20dBFS level.
-18dBFS: Test signal will be output at -18dBFS level.
Outputs audio test signal when 1kHz Tone is selected.
Off: Selected input audio signal will be output.
1kHz Tone: Internally generated 1kHz TEST signal will be output.
Selects black or blue video for output if SDI is not input, or the input video format is different from
the Sync Format setting. (See Sec. 5-4-1). Note
that these video signals are output asynchronous with the system. In addition, no payload ID is passed through.
Black: Outputs black video.
Blue: Outputs blue video.
Format Settings
3G SDI
1080/59p(Level-A)
1080/50p(Level-A)
1080/60p(Level-A)
1080/59p(Level-B)
1080/50p(Level-B)
1080/60p(Level-B)
1080/59i
1080/50i
1080/60i
1080/30p
1080/29p
1080/25p
1080/24p
1080/23p
HD SDI
1080/24PsF
1080/23PsF
720/59p
720/50p
720/60p
720/24p
720/23p
1035/59i
1035/60i
SD SDI
525/60
625/50
5-4-2. Parameter
Selection
Import
Export
Description
Import: Selects a file by clicking the File Selection button and loads the settings in GUI.
Export: Downloads a GUI settings file.
14
5-5. Status (Display Only)
Click Status.
5-5-1. SDI Audio Clock
Channel Description
Group1 to 4 Displays if SDI input embedded audio is synchronous or asynchronous per group.
Sync SDI: Synchronous mode
Audio Clock: Asynchronous mode
Loss: No audio
5-5-2. SDI Audio Mode
Channel
Ch. 1/2 to
Ch. 15/16
Description
Displays if SDI input embedded audio is PCM or NON-PCM per stereo pair.
PCM: PCM mode
NON-PCM: NON-PCM mode
Loss: No audio
5-5-3. AES Audio Mode
Channel
Ch. 1/2 to
Ch. 7/8
Description
Displays if AES input embedded audio is PCM or NON-PCM per stereo pair.
PCM: PCM mode
NON-PCM: NON-PCM mode
Loss: No audio
15
5-5-4. Signal Input Status
Parameter
SDI Status
Video Format
Description
Displays SDI input signal status.
Normal: Normal input is detected.
Lock Error: No input or SDI lock error is detected.
CRC Error: No input or CRC error is detected.
Loss: SDI signal is lost.
Displays video format of SDI input signal.
Loss: SDI signal is lost.
5-5-5. LTC Input
Parameter
SDI
AES
Description
Displays LTC input signal detection.
Detected: LTC signal is detected.
Loss: LTC signal is not detected.
5-5-6. Module Status
Parameter
Slot
S/N
Install Cards
Soft Version
FPGA Version
IP Address
Subnet Mask
Default Gateway
MAC Address
MicroSD Card
Description
Slot no. of USF-212S on which the module is installed.
Serial no. of USF-1013MUX
Indicates whether or not the front and rear modules match.
Matched: Correct (front/rear) modules are installed.
Mismatched: Incorrect rear module is installed. Install correct rear module.
Software version of USF-1013MUX
FPGA version of USF-1013MUX
Assigned IP address
Assigned subnet mask
Assigned default gateway address
Displays the MAC address
Indicates whether or not a microSD card is installed.
No Detected: Not installed.
Detected: Installed.
5-6. SNMP Settings
Click SNMP.
16
5-6-1. Trap
Parameter
Video Input
Selection
SDI Audio Input
AES Audio Input
Disable: Does not send
SNMP traps.
Enable: Sends SNMP traps.
LTC Input
Download MIB File
Description
Sends SNMP traps when change occurs on SDI input signal format.
Sends SNMP traps when change occurs on embedded audio input.
Sends SNMP traps when change occurs on AES audio input.
Sends SNMP traps when change occurs on LTC input signal.
Enables you to download an MIB file.
17
6. About SNMP
6-1. Overview
The USF-1013MUX can be remotely monitored using an external SNMP monitoring system that supports SNMPv2C. MIB （ Management Information Base ） files required for the SNMP
monitoring system can be downloaded from web GUI. Refer to Sec.5-6 . “SNMP Settings,
Downloading the MIB (Management Information Base) File” for details. Refer to “USF-212S
Operation Manual” for SNMP settings.
6-2. USF-1013MUX GET/SET List
Object
Group
Item Name Object name in MIB file
OID: 1.3.6.1.4.1.20175.1.315.1. ( Unit Info )
Product
Name
Product
Code
Serial
Number usf1013MuxProductName usf1013MuxProductCode usf1013MuxSerialNumber
Soft Ver usf1013MuxSoftVersion
Value
USF-1013MUX
1023811
Module
Info.
FPGA Ver usf1013MuxFpgaVersion
Slot No
SDI Input
Status usf1013MuxInputVideoStatus
SDI Audio
Info Ch1 usf1013MuxSlotNumber usf1013MuxAudioInCh1
SDI Audio
Info Ch2
SDI Audio
Info Ch3
SDI Audio
Info Ch4
SDI Audio
Info Ch5
SDI Audio
Info Ch6
SDI Audio
Info Ch7
SDI Audio
Info Ch8
SDI Audio
Info Ch9 usf1013MuxAudioInCh2 usf1013MuxAudioInCh3 usf1013MuxAudioInCh4 usf1013MuxAudioInCh5 usf1013MuxAudioInCh6 usf1013MuxAudioInCh7 usf1013MuxAudioInCh8 usf1013MuxAudioInCh9
0: loss
1: format525-60
2: format625-50
4: format1080-59i
5: format1080-50i
6: format1080-60i
7: format1080-30p
8: format1080-29p
9: format1080-25p
10: format1080-24p
11: format1080-23p
12: format1080-24psf
13: format1080-23psf
14:format1080-59pA
15: format1080-59pB
16: format1080-50pA
17: format1080-50pB
18: format1080-60pA
19: format1080-60pB
23: format720-59p
24: format720-50p
25: format720-60p
26: format720-24p
27: format720-23p
30: format1035-59i
31: format1035-60i
50: CRC error
51: Lock error
0: loss
1: pcm
2: nonPCM
3: asyncPCM
4: asyncNonPCM
Same as above
Same as above
Same as above
Same as above
Same as above
Same as above
Same as above
Same as above
OID
GET
/SET
Type
1 GET
OCTET
STRING
2 GET INTEGER
3 GET INTEGER
4
5
GET
GET
OCTET
STRING
OCTET
STRING
6 GET INTEGER
7 GET INTEGER
8 GET INTEGER
9 GET INTEGER
10 GET INTEGER
11 GET INTEGER
12 GET INTEGER
13 GET INTEGER
14 GET INTEGER
15 GET INTEGER
16 GET INTEGER
TRAP
Function
Notes
18
SDI Audio
Info Ch10
SDI Audio
Info Ch11
SDI Audio
Info Ch12
SDI Audio
Info Ch13
SDI Audio
Info Ch14
SDI Audio
Info Ch15
SDI Audio
Info Ch16 usf1013MuxAudioInCh10 usf1013MuxAudioInCh11 usf1013MuxAudioInCh12 usf1013MuxAudioInCh13 usf1013MuxAudioInCh14 usf1013MuxAudioInCh15 usf1013MuxAudioInCh16
Same as above
Same as above
Same as above
Same as above
Same as above
Same as above
Same as above
AES Audio
Info Ch1-2 usf1013MuxAESInCh1-2
0: loss
1: pcm
2: nonPCM
3: asyncPCM
4: asyncNonPCM
AES Audio
Info Ch3-4 usf1013MuxAESInCh3-4
AES Audio
Info Ch5-6 usf1013MuxAESInCh5-6
Same as above
Same as above
AES Audio
Info Ch7-8 usf1013MuxAESInCh7-8
0: loss
1: pcm
2: nonPCM
3: asyncPCM
4: asyncNonPCM
10:LTC In
AES Audio
Info
Ch9-10 usf1013MuxAESInCh9-10
AES Audio
Info
Ch11-12 usf1013MuxAESInCh11-12
Test Signal usf1013MuxTestSignal
-1: notInstalled
Same as above
AES Audio
Info
Ch13-14 usf1013MuxAESInCh13-14 Same as above
AES Audio
Info
Ch15-16 usf1013MuxAESInCh15-16 Same as above
LTC Input
SDI
LTC Input
AES usf1013MuxEmbLTCIn usf1013MuxAESLTCIn
0:notDetected
1: Detected
0:notDetected
1: Detected
10:AESIn
0:Off
1:1kHz Tone
17 GET INTEGER
18 GET INTEGER
19 GET INTEGER
20 GET INTEGER
21 GET INTEGER
22 GET INTEGER
23
24
GET INTEGER
GET INTEGER
25 GET INTEGER
26 GET INTEGER
27 GET INTEGER
28 GET INTEGER
29 GET INTEGER
To be support
-ed in future
30 GET INTEGER
31 GET INTEGER
40 GET INTEGER
41 GET INTEGER
42
GET/
SET
INTEGER
Same as above
19
6-3. USF-1013MUX TRAP List
Object group
Item Name
OID: 1.3.6.1.4.1.20175.1.315.0. ( TRAP )
Object name in MIB file OID Type Reference Object
TRAP
Video In
SDI Audio Info Ch1
SDI Audio Info Ch 2
SDI Audio Info Ch 3
SDI Audio Info Ch 4
SDI Audio Info Ch 5
SDI Audio Info Ch 6
SDI Audio Info Ch 7
SDI Audio Info Ch 8
SDI Audio Info Ch 9
SDI Audio Info Ch 10
SDI Audio Info Ch 11
SDI Audio Info Ch 12
SDI Audio Info Ch 13
SDI Audio Info Ch 14
SDI Audio Info Ch 15
SDI Audio Info Ch 16
AES Audio Info Ch1-2
AES Audio Info Ch3-4
AES Audio Info Ch5-6
AES Audio Info Ch7-8
LTC Input SDI
AES Input SDI usf1013MuxInputVideoChange usf1013MuxAudioInCh1Change usf1013MuxAudioInCh2Change usf1013MuxAudioInCh3Change usf1013MuxAudioInCh4Change usf1013MuxAudioInCh5Change usf1013MuxAudioInCh6Change usf1013MuxAudioInCh7Change usf1013MuxAudioInCh8Change usf1013MuxAudioInCh9Change usf1013MuxAudioInCh10Change usf1013MuxAudioInCh11Change usf1013MuxAESInCh1-2Change usf1013MuxAESInCh3-4Change usf1013MuxAESInCh5-6Change usf1013MuxAESInCh7-8Change usf1013MuxEmbLTCInChange usf1013MuxAESLTCInChange
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12 usf1013MuxAudioInCh12Change 13 usf1013MuxAudioInCh13Change 14 usf1013MuxAudioInCh14Change 15 usf1013MuxAudioInCh15Change 16 usf1013MuxAudioInCh16Change 17
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AES Audio Info Ch9-10 (*1) usf1013MuxAESInCh9-10Change 22
AES Audio Info Ch11-12 (*1) usf1013MuxAESInCh11-12Change 23
AES Audio Info Ch13-14 (*1) usf1013MuxAESInCh13-14Change 24
AES Audio Info Ch15-16 (*1) usf1013MuxAESInCh15-16Change 25
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INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxInputVideoStatus
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh1
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh2
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh3
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh4
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh5
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh6
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh7
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh8
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh9
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh10
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh11
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh12
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh13
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh14
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh15
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAudioInCh16
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh1-2
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh3-4
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh5-6
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh7-8
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh9-10
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh11-12
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh13-14
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESInCh15-16
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxEmbLTCIn
INTEGER usf1013MuxSlotNumber
INTEGER usf1013MuxAESLTCIn
(*1) To be supported in future.
20
7. Work Block Chart
7-1. Audio Processing
⑧ Audio
Embedded
⑦ Test
Tone
⑨ LTC
Input
No. Process
1 SDI Input Signal Detection
2 Video Format Identification
3 PLL & SYNC GEN
4 AUDIO De-embedding Process
5 AES AUDIO Input Process
6 Channel Mapping
7 Test Tone Generation
8 AUDIO+TIMECODE Embedding
9 LTC Input Process
Menu Parameter Reference Chapters
21
8. Troubleshooting
If any of the following problems occur while operating the USF-1013MUX, follow the troubleshooting procedures below to see if the problem can be corrected before assuming a unit malfunction has occurred.
IMPORTANT
If a problem is not corrected by performing the procedure described below, turn the unit off and then on again. If this still does not correct the problem, contact your dealer.
Problem
No video displayed.
Downstream devices do not operate properly when SDI is not input.
Check
<SDI signal connection＞
Is an SDI signal present?
Check if [SDI Status] is indicated as
<SDI signal format>
Is the SDI input format supported?
Check if [Video Format] is indicated
<SDI signal format>
Does the [Sync Format] setting (see
Sec. 5-4-1) match SDI input format?
Is [Sync Format] set to a system format currently applied?
If set to Auto, video may be distorted when SDI is not input.
Action
Verify the physical SDI connection.
Set [Sync Format] to Auto or set
[Sync Format] to the SDI input
Set [Sync Format] to the SDI input
When SDI is not input,
SDI output does not synchronize with the system.
Video images are distorted on downstream devices when SDI input is not present in 4K mode.
Input a supported SDI signal.
Normal operation, input SDI signals.
USF-1013MUX outputs SDI signals according to SDI input. When SDI input is not present, SDI output does not synchronize with the system.
Normal operation, input SDI signals.
When SDI input is not present, SDI output does not synchronize with the system. Payload ID is not passed through either.
Set to Mapping. Cannot map audio channels.
Abnormal or noisy sound output. (SDI)
Is [Output - Audio Mode] set to
Are asynchronous or non-PCM audio
Forcibly assigned per channel?
Is [AES 7/8 Port] of system menu set to LTC Input?
Assign audio per group if an asynchronous or non-PCM audio channel is included in a group.
Set to AES side. Cannot output
(embed) the AES7/8 audio input.
Cannot output
(embed) LTC signal which is input from
AES7/8.
Unable to output
(embed) AES signal which is input from
AES3/4 or AES7/8.
Unable to embed audio. (Audio packets are not embedded.)
Is [AES 7/8 Port] of system menu set to 「AES7/8 Input」?
Is no signal input into AES1/2 nor
AES5/6?
Is audio present on the first channel
(ch1, 5, 9 or 13) of the group? See
Set to LTC side.
The audio clock is gained from
AES1/2 or AES5/6 input so input
AES audio signal.
Input audio to the first channel.
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9. Specifications and Dimensions
9-1. Specifications
Video formats
SDI Input
SDI Output
Audio Input
SDI Embedded
AES/EBU
Time code input
Audio output
SDI embedded
Audio in/out gain
I/O delay
(SDI IN - OUT)
I/O delay
(Audio IN-SDI OUT)
Temperature
Humidity
3G-SDI: 1080/59.94p, 50p, 60p (Level-A and Level-B)
HD-SDI: 1080/59.94i, 50i, 60i
1080/30p, 29.97p, 25p, 24p, 23.98p, 24PsF, 23.98PsF
720/59.94p, 50p, 60p, 24p, 23.98p
1035/59.94i, 60i
SD-SDI: 525/60,625/50
3G-SDI: 3 Gbps
HD-SDI: 1.5 Gbps
SD-SDI: 270 Mbps
75Ω BNC x 1
3G-SDI: 3 Gbps
HD-SDI: 1.5 Gbps
SD-SDI: 270 Mbps
75Ω BNC x 1
3G/HD-SDI
Number of channels
Sampling bit rate
Sampling frequency
SD-SDI
16 ch
16/20/24-bit
48 kHz (Synchronous)
48 kHz (Asynchronous, per group)
Number of channels
Sampling bit rate
Sampling frequency
Unbalanced, 75Ω BNC x 4
16 ch
16/20-bit
48 kHz (Synchronous only)
Number of channels
Sampling bit rate
Sampling frequency
8 ch
16/20/24-bit
32 kHz to 48 kHz (if SRC used)
48 k (Synchronous)
48 kHz(Asynchronous 3G/HD only)
LTC 0.5 V(p-p) to 4.5 V(p-p) BNC x 1
3G/HD-SDI
Number of channels
Sampling bit rate
Sampling frequency
16 ch
16/20/24-bit
48 kHz (Synchronous)
48 kHz (Asynchronous, per group)
SD-SDI
Number of channels
Sampling bit rate
Sampling frequency
Adjustable from -20 dB to +20 dB (in 0.1 dB steps)
Less than 1.5 μs (No LTC embedding, excluding SD),
SD: less than 2.0 μs.
Less than 1.8 μs (LTC embedding, excluding SD),
SD: less than 3.0 μs.
Less than 1.0 ms (if SRC is not used)
Less than 1.8 ms (if SRC is used)
0ºC to 40 ºC
30% to 85% (no condensation)
16 ch
16/20-bit
48 kHz (Synchronous only)
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Power +12V DC (Supplied by USF frame)
Power consumption 1 A
Dimensions Front Module: 106 (W) x 356 (D) mm
Rear module: 114(W) x 20.2 (H)
Weight
Consumables
0.5 kg
None
9-2. External Dimensions
334
(All dimensions in mm)
356 13.5
(23.6)
20.2
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